1) static softening
静态软化
1.
The static softening behavior of C-Si-Mn dual-phase steel as-hot-rolled using double-stage hot compression was studied on Gleeble 1500 tester.
采用后插法计算了在不同真应变条件下的静态再结晶率,通过双道次压缩测试静态软化动力学的实验表明,实验钢变形后很容易发生静态软化。
2.
The static softening behavior of hot deformation austenite of pipeline steel X60 and low-carbon bainitic steel JB700 were studied on MMS-100 thermal simulator,the effects of deformation temperature,strain magnitude and isothermal time on static softening rate were analyzed.
利用MMS-100热力模拟试验机研究了X60管线钢和JB700低碳贝氏体钢在不同变形温度、变形程度和变形后等温保持时间对奥氏体静态软化行为的影响。
3.
The dynamic and static softening behaviors of 2519 aluminum alloy in multi-stage hot compression were studied.
在Gleeble 1500热力模拟机上,采用双道次间隙式等温热压缩试验,对2519铝合金多道次热压缩变形过程中动态与静态软化特性进行了研究,变形温度为300 ~ 500 ℃,应变速率为0。
2) static and metadynamic softening
静态和亚动态软化
3) static vulcanization
静态硫化
4) static oxidation
静态氧化
1.
The oxidation resistance of a thermal barrier coating, whose bonding layer NiCrAlY was prepared by cathode vacuum arc deposition and top layer Y PSZ was coated by electron beam physical vapor deposition, was evaluated using a static oxidation test at 1100℃.
采用静态氧化试验方法，评定了采用阴极电弧镀方法制备ＮｉＣｒＡｌＹ粘结层、电子束物理气相沉积方法制备Ｙ－ＰＳＺ陶瓷层的热障涂层在１１００℃的抗氧化性能。
5) static liquefaction
静态液化
1.
Analysis of strength characteristics of Nanjing sand and mechanism of static liquefaction;
南京砂强度特征与静态液化现象分析
2.
is refined using the theory of state dependent,a new constitutive model for static liquefaction of sand is developed.
本文基于临界状态理论,对Boukpeti等人提出的模型进行修改,得到一个新的砂土静态液化本构模型。
3.
Loose silty sand is the most common sand which can lead to static liquefaction landslide.
松散粉砂是自然界中能够导致边坡发生静态液化滑坡的最常见的一种砂土类型。
6) static optimization
静态优化
1.
The concepts of static optimization and dynamic optimization on the power barri.
建立了该梯级静态优化和动态优化模型，进行了大量分析计算，得出了既有理论意义又有应用价值的成果。
补充资料：髌骨软骨软化症
| 髌骨软骨软化症 chondromalaciapatellae 髌骨软骨面纤维化、碎裂又脱落等退行性变化引起的膝前疼痛症，上下台阶、长期屈膝或下蹲时疼痛加重。此病多从青年开始，女性多于男性，运动员更常见，与髌骨长期反复受到挤压摩擦有关。有的可发展为髌股骨关节病。髌骨轴位（切线位）X射线片及 CT可见关节面狭窄、硬化、髌骨倾斜及半脱位等变化。关节镜有助于早期诊断及手术。此病一般采用非手术疗法，改善膝部活动以减少髌骨软骨的压力及摩擦力 ，理疗及药物可缓解症状 ，有的可进行软骨面刨削、整修或软化病灶剔除、软骨下骨皮质钻孔术。重度髌骨软骨软化症病变范围广泛者可采用髌骨截骨术、髌骨成型术或髌骨切除术。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条